KR19990020346A - Scheduling Management Method of System with Output Device - Google Patents

Abstract

The method of managing schedule information in a system having a schedule memory and an output device registers a start time and a schedule name of a schedule in the schedule memory when the registration mode is selected, and reads the current time value and starts the day and starts. When the time and date, the schedule information of the corresponding day is sequentially output, and the corresponding time schedule information is outputted along with an alarm when the current time value and the time information registered in the schedule memory are matched in the routine.

Description

Scheduling Management Method of System with Output Device

The present invention relates to a method of processing schedule information of a system having an output device, and more particularly, to a method of registering and outputting schedule information.

Modern man has to meet many people as the industry develops and therefore manage many schedules. A general method used to manage such a schedule is a memo method. In other words, there is a hassle to record the time related to the schedule in the diary and the like, and to check this one by one. In order to solve this problem, a procedure of a schedule corresponding to a device such as a computer and an electronic notebook is registered. This method also requires the user to use a separate tool (tool) to manage the schedule, this method was also managed manually, which caused a lot of inconvenience in the progress of the schedule. That is, the schedule management method as described above has no output function, so there is no way to check the schedules such as weekly and monthly at a glance, and because it is manual, it is inconvenient to check the corresponding schedules one by one.

Accordingly, an object of the present invention is to provide a method for automatically managing a schedule in a system having an output function.

An object of the present invention is to provide a method for efficiently managing a schedule by registering schedule information in a separate schedule memory in a facsimile system and automatically outputting and alerting at a corresponding time point.

According to an embodiment of the present invention for achieving the above object, a schedule management method of a system having a schedule memory and an output device includes registering a start time and a schedule name of a schedule in the schedule memory when selecting a registration mode. It reads the current time value and outputs the schedule information of the corresponding day sequentially at the day and the start time, and compares the current time value and the time information registered in the schedule memory in the day with the alarm. And outputting corresponding schedule information.

1 is a diagram illustrating a configuration of a facsimile system.

2 is a flowchart illustrating a process of registering schedule information according to an embodiment of the present invention.

3 is a flowchart illustrating a process of managing schedule information at a set time by including a memory in which information is registered in a schedule;

In general, the output device may be a display unit, a speaker, a printer, or the like, and the system having such an output device may be a computer system, a printer system, a facsimile system, or the like. In the embodiment of the present invention will be described taking the facsimile system as an example.

1 is a diagram illustrating a configuration of a facsimile capable of performing a schedule management function according to an embodiment of the present invention.

Referring to FIG. 1, the control unit 111 controls the overall operation of the transmission mode, the reception mode, and the copy mode of the facsimile according to the set program. The controller 111 controls a function of registering and managing schedule information according to an embodiment of the present invention. In addition, the control unit 111 may internally or externally connect a program memory and a data memory. The program memory is stored by a schedule registration management program according to an embodiment of the present invention, and the data memory temporarily stores data generated during program execution according to an embodiment of the present invention. The schedule memory 112 is a memory that registers schedule information such as a schedule start and end time, a schedule name, and the like input in the registration mode. The schedule memory 112 may use an EEPROM.

The OPE (Operating Pannel) 113 is composed of a key input unit and a display unit. The key input unit of the OPE113 generates data of a key pressed by the user to designate each mode and perform an operation of the designated mode and outputs the data to the controller 111. In addition, the display unit of the OPE113 performs a function of inputting and displaying display data indicating an operation state of the system when the controller 111 performs each mode. The RTC unit (real time clock) 114 outputs current time information to the controller 111. The sensor unit 115 detects the presence or absence of input of a document and the presence of print paper, and outputs the detected state signal to the control unit 111.

The scanner 116 moves an input document, scans an image of the document, and converts the image into digital data. The image processing unit 117 processes and outputs an image signal output from the scanner 116 in a transmission mode and a copy mode under the control of the control unit 111, and processes an image signal received through a transmission line in a reception mode. The image processing unit 117 encodes the image data output from the scanner 116 in accordance with the standard of the facsimile, and performs a function of decoding the encoded and received image data into the original image data. The printer 118 prints the image data input from the image processing unit 117 on the print paper when the reception mode and the copy mode are executed under the control of the control unit 111.

The modem 119 modulates and transmits the image data output from the image processing unit 117 in the transmission mode in the transmission mode under the control of the control unit 111, and processes the image signal input in the reception mode in the image processing unit 17. Demodulate The NCU 120 forms a transmission / reception path between the telephone line and the modem 119 under the control of the control unit 111.

2 is a flowchart illustrating a schedule information registration process according to an embodiment of the present invention.

Referring to FIG. 2, first, the control unit 111 of the facsimile inspects a key input unit of the OPE to check whether a menu key is input in step 211. When the menu key is input, the controller 111 controls the display unit of the OPE113 to display a menu in step 213. In this case, when the user selects a schedule registration function using the key input unit, the control unit 111 detects this in step 215 and controls the operation of registering the schedule information. In the embodiment of the present invention, an example of first inputting schedule time information and then registering a schedule name will be described. In the following terminology, time is defined as a generic term for year, month, day, hour, minute, and the like, and time is defined as hour.

The schedule time information is controlled by a menu type. At this time, the schedule time menu first displays the start time information and then the end time information, and the time information is displayed in the order of month, day, hour, and minute. Therefore, when the scheduler function is selected, the controller 111 controls the display unit in step 217 to output a menu requesting sequentially input of the month, day, hour, and minute of the start time information of the schedule, and the start time information. When the input ends, a menu for sequentially requesting month, day, hour, and minute input of the end time information of the schedule is output. Then, the user inputs start and end time information of the schedule using a key input unit according to a menu displayed on the display unit. In the process of outputting the menu as described above, if the control unit 111 detects the completion of input of the end time information of the schedule in step 219, the controller 111 detects this and stores the start and end time information of the inputted schedule.

In step 223, the control unit 111 controls the display unit to display a menu requesting registration of a name of the schedule. In this case, when the user generates key data through the key input unit, the control unit 111 detects this in step 225 and checks whether the key data input in steps 227 and 231 is character data or numeric data. If the input data is text data, the controller 111 detects the text data in step 227 and stores the text data input in step 229. In addition, if the input data is numeric data, the controller 111 detects it in step 231 and stores the input numeric data in step 233. However, if the input key data is not character data or numeric data, the control unit 111 ignores the corresponding key data in step 235. When the user inputs the name of the corresponding schedule through the key input unit while viewing a menu on the display unit, the controller 111 sequentially stores the input text and numeric data while performing the steps 227 to 235. In this case, when the input of the module name is completed, the control unit 111 detects this in step 237 and registers the start time and end time information of the stored schedule and the module name in the module memory 112 in step 239. And exit the routine.

When the schedule information registration routine as shown in FIG. 2 is repeatedly performed, the schedule information registered by the user is tabled and registered in the schedule memory 112. In addition, when registering the schedule information, a user may set and register a day and a start time and a day and an end time in a daily routine. In this case, during the routine, the schedule management operation according to the schedule registration information may be performed, and the schedule management operation may be stopped when the day and time expire.

In the state in which the schedule information is registered in the schedule memory 112, the control unit 111 manages the registered schedule by the process as shown in FIG.

Referring to FIG. 3, the RTC unit 114 outputs an RTC interrupt signal to the control unit 111 at a set time period. Then, the control unit 111 detects the RTC interrupt in step 311, and reads current time information through the RTC in step 313. Here, the RTC interrupt signal may be set at an appropriate time interval, and in the embodiment of the present invention, it is assumed that the interval is 10 minutes.

When the controller 111 reads the current time value in step 313, it is checked in step 315 whether the current time is the same as the pre-registered day and the start time. At this time, if the same time as the start time, the control unit 111 generates an alarm for outputting the schedule information in step 316, and performs steps 317-325 to check whether the current date is the beginning of the month, week. At this time, if the corresponding date is the beginning of the month (1 day or 1 day of the month is a public holiday), the control unit 111 detects this in step 317 and the schedule information of the corresponding month information registered in the module memory 112 in step 319. After accessing by date and time, the printer 118 is controlled to print sequentially. In addition, if the corresponding date is the beginning of the week (Monday or Monday is a public holiday), the control unit 111 detects it in step 321 and the date and time of the schedule information of the corresponding state information registered in the module memory 112 in step 323. After accessing, the printer 118 is controlled to print out sequentially. However, if the date is not at the beginning of the month or week, it is a weekday of the week. Therefore, in step 325, the controller 111 accesses schedule information of the corresponding date registered in the schedule memory 112 for each time period, and then controls and prints the printer 118 sequentially.

However, if it is not the day and the start time in step 315, the control unit 111 checks whether the current time is the busy time in step 327. In this case, the current time value is compared with the schedule time values registered on the corresponding date of the module memory 112. In step 331, it is checked whether the time loss of the schedule in which the current time value is registered is the same. If the current time value is the same as the registered time value, the control unit 111 detects this in step 331 and in step 333 controls the display unit to display the corresponding schedule name and time information and alarm through a buzzer. In addition, the printer 118 is controlled to print out the corresponding schedule name and time information.

However, if the current time is not busy at step 327 or if the current time does not match the registered time information at step 331, the process returns to step 331 to prepare for the next state.

As described above, the method for processing schedule information according to an embodiment of the present invention registers time and name information of a schedule input when the registration mode is selected in the schedule memory 112, and analyzes the current time when the management mode is performed. It automatically outputs the corresponding schedule information sequentially at the beginning of the week or on the day and the start time, so that monthly schedule management, weekly schedule management, and daily schedule management can be performed. The schedule information can be output automatically.

The schedule management method according to an embodiment of the present invention has been described using an example applied to a facsimile, but it can be seen that it can be applied to any system having a printer function.

As described above, the user can automatically output the monthly, weekly and daily schedule information without using a separate tool to manage the schedule, and also execute the corresponding schedule at the corresponding registration time. Module information can be automatically output, allowing users to efficiently perform schedule management.

Claims (3)

In the schedule management method of a system having a schedule memory and an output device, When the registration mode is selected, the schedule start time and the schedule name are registered in the module memory. The current time value is read out, and the schedule information of the corresponding day is sequentially output at the day and the start time. And comparing the time value registered in the schedule memory with a value and outputting corresponding schedule information along with an alarm when the value matches. In the schedule management method of a system having a schedule memory and an output device, Registering a start time and a schedule name of a schedule in the schedule memory; Read the current time value, and if the date is the beginning of the month, if the corresponding date is the first month, the schedule information of the month is sequentially output from the schedule memory. If the week is the first, the schedule information of the week is sequentially output from the schedule memory. If the weekday, the process of sequentially outputting the schedule information of the day, When the current time value is read, the current time value is compared to the current time value and the time information registered in the schedule memory, and when it matches, it outputs the schedule information registered at the corresponding time with an alarm. Schedule management method. In the method of managing a schedule of a facsimile system having a schedule memory, Registering a start time and a schedule name of the schedule in the schedule memory in a menu manner when selecting a schedule registration function; When the facsimile mode is executed, an alarm for reading out the current time value and outputting the schedule information at the start time is generated.If the date is analyzed, the schedule information of the month is sequentially output from the schedule memory if the second is the month. A process of sequentially outputting schedule information of the corresponding week from the schedule memory in the first week, and sequentially outputting schedule information of the corresponding day in the weekday; When the time is in the facsimile mode, the current time value is compared with the time information registered in the schedule memory, and when it matches, the schedule characterized by outputting the schedule information registered at the corresponding time with an alarm. How to manage.